internal static void CheckComplexityMetrics(List <KBObject> objs, IOutputService output, int maxNestLevel, int maxComplexityLevel, int maxCodeBlock, int maxParametersCount)
{
foreach (KBObject obj in objs)
{
if (obj is Transaction || obj is WebPanel || obj is Procedure || obj is WorkPanel)
{
if (isGenerated(obj) && !isGeneratedbyPattern(obj))
{
string source = Utility.ObjectSourceUpper(obj);
source = Utility.RemoveEmptyLines(source);
string sourceWOComments = Utility.ExtractComments(source);
sourceWOComments = Utility.RemoveEmptyLines(sourceWOComments);
int CodeBlock = Utility.MaxCodeBlock(sourceWOComments);
int NestLevel = Utility.MaxNestLevel(sourceWOComments);
int ComplexityLevel = Utility.ComplexityLevel(sourceWOComments);
KBObjectPart part = Utility.ObjectSourcePart(obj);
int parametersCount = ParametersCountObject(obj);
if (NestLevel > maxNestLevel)
{
OutputError err = new OutputError("Nested level too high (" + NestLevel.ToString() + "). Recommended max: " + maxNestLevel.ToString(), MessageLevel.Error, new KBObjectPosition(part));
output.Add("KBDoctor", err);
}
if (ComplexityLevel > maxComplexityLevel)
{
OutputError err = new OutputError("Complexity too high(" + ComplexityLevel.ToString() + ").Recommended max: " + maxComplexityLevel.ToString(), MessageLevel.Error, new KBObjectPosition(part));
output.Add("KBDoctor", err);
}
if (CodeBlock > maxCodeBlock)
{
OutputError err = new OutputError("Code block too large(" + CodeBlock.ToString() + ").Recommended max: " + maxCodeBlock.ToString(), MessageLevel.Error, new KBObjectPosition(part));
output.Add("KBDoctor", err);
}
if (parametersCount > maxParametersCount)
{
OutputError err = new OutputError("Too many parameters (" + parametersCount.ToString() + ").Recommended max: " + maxParametersCount.ToString(), MessageLevel.Error, new KBObjectPosition(part));
output.Add("KBDoctor", err);
}
}
}
}
}
internal static void CodeCommented(List <KBObject> objs, IOutputService output)
{
foreach (KBObject obj in objs)
{
string source = Utility.ObjectSourceUpper(obj);
source = Utility.RemoveEmptyLines(source);
string codeCommented = Utility.CodeCommented(source);
codeCommented = codeCommented.Replace("'", "");
codeCommented = codeCommented.Replace(">", "");
codeCommented = codeCommented.Replace("<", "");
if (codeCommented != "")
{
KBObjectPart part = Utility.ObjectSourcePart(obj);
OutputError err = new OutputError("Commented code", MessageLevel.Warning, new KBObjectPosition(part));
output.Add("KBDoctor", err);
}
}
}
internal String AppendTemplateOutputXml(KBObject obj, KBObjectPart part, PatternInstanceElement element, String template)
{
return AppendTemplateOutputInner(obj, part, element, template).InnerXml;
}
internal XmlDocument AppendTemplateOutputInner(KBObject obj, KBObjectPart part, PatternInstanceElement element, String template)
{
Generator.GeneratorParameters parms = new Generator.GeneratorParameters();
DefaultProvider.PrepareTemplateParameters(parms);
parms.Properties["Object"] = obj;
parms.Properties["Part"] = part;
parms.Properties["Instance"] = Instance;
parms.Properties["Element"] = element;
StringBuilder sb = new StringBuilder();
Heurys.Patterns.HPattern.HPatternTransactionUpdater.AppendTemplateOutput(sb, template, parms);
XmlDocument xmlDocument = new XmlDocument();
xmlDocument.LoadXml(sb.ToString());
return xmlDocument;
}